Microsoft MB-820 Bundle

“Use a query object with an appropriate aggregation method and grouping columns” supports the separate task “use a query object with an appropriate aggregation method and grouping columns”, not the reported problem: a query has an aggregation column but the grouping fields create one group per unique transaction. This case instead calls for “review grouping columns and Sum/Count aggregation placement”.

“Reevaluate grouping and totals when adding the dimension to the query projection” concerns the alternative task “reevaluate grouping and totals when adding the dimension to the query projection”, but the stated failure is that a query has an aggregation column but the grouping fields create one group per unique transaction. The required measure is to review grouping columns and Sum/Count aggregation placement.

The proposed “Apply a correct filter in the query or at the query execution boundary” tests a different control: apply a correct filter in the query or at the query execution boundary. The reported condition is that a query has an aggregation column but the grouping fields create one group per unique transaction; the more direct action is to review grouping columns and Sum/Count aggregation placement.

“Perform contract tests against query endpoints” concerns the separate step “document the query's read-only contract and choose an API page for supported mutations”. The reported issue is that a query has an aggregation column but the grouping fields create one group per unique transaction, so the direct response is to test grouping with multiple transactions per customer.

“Test matched and unmatched dataitem cases” concerns the alternative task “select a supported outer-join or alternative query design that preserves missing related records”, but the stated failure is that a query has an aggregation column but the grouping fields create one group per unique transaction. The required measure is to test grouping with multiple transactions per customer.

The proposed “Compare totals after changes to report data source” tests a different control: reuse a suitable query data source or aggregate dataset design for report data. The reported condition is that a query has an aggregation column but the grouping fields create one group per unique transaction; the more direct action is to test grouping with multiple transactions per customer.

“The consumer receives only necessary joined attributes” concerns the alternative task “expose appropriate query columns and links instead of exporting full tables with unused fields”, but the stated failure is that a query has an aggregation column but the grouping fields create one group per unique transaction. The required measure is to the query returns one summarized row per desired customer period.

The proposed “Results match ledger totals while avoiding unnecessary per-row processing” tests a different control: use a query object with an appropriate aggregation method and grouping columns. The reported condition is that a query has an aggregation column but the grouping fields create one group per unique transaction; the more direct action is to the query returns one summarized row per desired customer period.

“Results retain customers without invoices with appropriately empty joined values” concerns the separate step “select a supported outer-join or alternative query design that preserves missing related records”. The reported issue is that a query has an aggregation column but the grouping fields create one group per unique transaction, so the direct response is to the query returns one summarized row per desired customer period.

The proposed “Track retry amplification per endpoint” tests a different control: implement bounded retries honoring appropriate rate-limit signals and business operation idempotency. The reported condition is that a third-party endpoint requires a custom authorization header but the request object sends it on the response headers; the more direct action is to verify headers with a controlled mock endpoint.

“Run JSON contract tests against staging service examples” concerns the separate step “build a JsonObject/JsonToken payload and set the appropriate content headers”. The reported issue is that a third-party endpoint requires a custom authorization header but the request object sends it on the response headers, so the direct response is to verify headers with a controlled mock endpoint.

“Scan extension packages and telemetry for credential material” concerns the alternative task “use supported secret storage or secure authorization flow rather than embedding the token in source”, but the stated failure is that a third-party endpoint requires a custom authorization header but the request object sends it on the response headers. The required measure is to verify headers with a controlled mock endpoint.

“A simulated timeout returns control without committing an unsupported external result” concerns the separate step “set an appropriate request timeout and implement a bounded failure path or asynchronous design where needed”. The reported issue is that a third-party endpoint requires a custom authorization header but the request object sends it on the response headers, so the direct response is to the partner receives the expected header only in the outbound request.

“The integration authenticates while the package and logs contain no secret” concerns the alternative task “use supported secret storage or secure authorization flow rather than embedding the token in source”, but the stated failure is that a third-party endpoint requires a custom authorization header but the request object sends it on the response headers. The required measure is to the partner receives the expected header only in the outbound request.

The proposed “The quote is retrieved through the service contract without direct database access” tests a different control: use AL HttpClient/HttpRequestMessage to invoke the authorized REST endpoint and parse its response. The reported condition is that a third-party endpoint requires a custom authorization header but the request object sends it on the response headers; the more direct action is to the partner receives the expected header only in the outbound request.

“Inspect JSON token types and iterate JsonArray elements using supported AL JSON APIs” concerns the alternative task “inspect JSON token types and iterate JsonArray elements using supported AL JSON APIs”, but the stated failure is that a third-party endpoint requires a custom authorization header but the request object sends it on the response headers. The required measure is to configure the required request headers and validated HTTP method before calling.

The proposed “Set an appropriate request timeout and implement a bounded failure path or asynchronous design where needed” tests a different control: set an appropriate request timeout and implement a bounded failure path or asynchronous design where needed. The reported condition is that a third-party endpoint requires a custom authorization header but the request object sends it on the response headers; the more direct action is to configure the required request headers and validated HTTP method before calling.

“Use supported secret storage or secure authorization flow rather than embedding the token in source” supports the separate task “use supported secret storage or secure authorization flow rather than embedding the token in source”, not the reported problem: a third-party endpoint requires a custom authorization header but the request object sends it on the response headers. This case instead calls for “configure the required request headers and validated HTTP method before calling”.

“Service integration should use published APIs across trust boundaries” concerns the alternative task “use AL HttpClient/HttpRequestMessage to invoke the authorized REST endpoint and parse its response”, but the stated failure is that a third-party endpoint requires a custom authorization header but the request object sends it on the response headers. The required measure is to configure the required request headers and validated HTTP method before calling.

The proposed “External service latency must not create unbounded transactional dependency” tests a different control: set an appropriate request timeout and implement a bounded failure path or asynchronous design where needed. The reported condition is that a third-party endpoint requires a custom authorization header but the request object sends it on the response headers; the more direct action is to configure the required request headers and validated HTTP method before calling.

“JSON object and array types are distinct structural contracts” concerns the separate step “inspect JSON token types and iterate JsonArray elements using supported AL JSON APIs”. The reported issue is that a third-party endpoint requires a custom authorization header but the request object sends it on the response headers, so the direct response is to configure the required request headers and validated HTTP method before calling.

The proposed “Run data migration regression tests with representative historical records” tests a different control: use a versioned upgrade codeunit and preserve/migrate existing records before using the new schema. The reported condition is that a developer publishes an .app built for one environment straight to another without testing compatibility; the more direct action is to enforce environment promotion gates in the pipeline.

“Run multilingual UI checks after adding new messages” concerns the separate step “use AL labels and language translation resources rather than embedding UI messages as literals”. The reported issue is that a developer publishes an .app built for one environment straight to another without testing compatibility, so the direct response is to enforce environment promotion gates in the pipeline.

“Gate completion on installed version and smoke-test results” concerns the alternative task “separate publish, synchronize, install or upgrade and validation stages with explicit failure reporting”, but the stated failure is that a developer publishes an .app built for one environment straight to another without testing compatibility. The required measure is to enforce environment promotion gates in the pipeline.

“Publish and install compatible dependencies before the dependent .app file” supports the separate task “publish and install compatible dependencies before the dependent .app file”, not the reported problem: a developer publishes an .app built for one environment straight to another without testing compatibility. This case instead calls for “promote a versioned extension artifact through sandbox acceptance before production deployment”.

“Separate debugger lifecycle from extension publish, install and uninstall procedures” concerns the separate step “separate debugger lifecycle from extension publish, install and uninstall procedures”. The reported issue is that a developer publishes an .app built for one environment straight to another without testing compatibility, so the direct response is to promote a versioned extension artifact through sandbox acceptance before production deployment.

“Separate publish, synchronize, install or upgrade and validation stages with explicit failure reporting” concerns the alternative task “separate publish, synchronize, install or upgrade and validation stages with explicit failure reporting”, but the stated failure is that a developer publishes an .app built for one environment straight to another without testing compatibility. The required measure is to promote a versioned extension artifact through sandbox acceptance before production deployment.

“Debugging does not constitute an extension rollback mechanism” concerns the separate step “separate debugger lifecycle from extension publish, install and uninstall procedures”. The reported issue is that a developer publishes an .app built for one environment straight to another without testing compatibility, so the direct response is to promote a versioned extension artifact through sandbox acceptance before production deployment.

The proposed “User-facing text belongs in localizable resources” tests a different control: use AL labels and language translation resources rather than embedding UI messages as literals. The reported condition is that a developer publishes an .app built for one environment straight to another without testing compatibility; the more direct action is to promote a versioned extension artifact through sandbox acceptance before production deployment.

“Installation lifecycle hooks differ from ordinary page execution and upgrades” supports the separate task “use an installation codeunit with appropriate company initialization and idempotent setup”, not the reported problem: a developer publishes an .app built for one environment straight to another without testing compatibility. This case instead calls for “promote a versioned extension artifact through sandbox acceptance before production deployment”.

“A locale switch displays reviewed translations without altering business logic” concerns the alternative task “use AL labels and language translation resources rather than embedding UI messages as literals”, but the stated failure is that a developer publishes an .app built for one environment straight to another without testing compatibility. The required measure is to the production package hash matches the artifact that passed tests.

The proposed “A seeded tenant retains prior values after the new app version is applied” tests a different control: use a versioned upgrade codeunit and preserve/migrate existing records before using the new schema. The reported condition is that a developer publishes an .app built for one environment straight to another without testing compatibility; the more direct action is to the production package hash matches the artifact that passed tests.

“Initial deployment creates required setup once without duplicating it on repeated operations” concerns the separate step “use an installation codeunit with appropriate company initialization and idempotent setup”. The reported issue is that a developer publishes an .app built for one environment straight to another without testing compatibility, so the direct response is to the production package hash matches the artifact that passed tests.